Αποτελέσματα Αναζήτησης
Put the nails in whatever kind of shape you want and bind them together with the bailing wire. Apply your heat source, I’d recommend a cutting torch, and wait for the aluminum to start to melt. You could use a big pair of needle nose pliers to bend the nails into the shapes you want.
20 Απρ 2016 · Today we used our metal melter to melt some steel nails by introducing over 800 amps of electricity to them.
18 Μαΐ 2016 · It seems like there is not enough acid on the nails. Perhaps a depleted layer is forming next to the nails. To avoid that issue, use a magnetic stirrer or provide a source of vibration. There might not be enough $\ce{HCl}$ for the large amount of iron in the nails.
29 Φεβ 2024 · Understanding the composition and thermal properties of nails is essential for various industrial and practical applications. This article delves into the science behind nail melting points and explores the factors influencing them, along with practical implications and future innovations.
The two easiest routes are probably going to be canister Damascus or Evenstad/Aristotle/Orishigane steel. In the first case you would fill up something like square structural tube with the nails and a high carbon powdered steel (I don't know where you get that), inside coated with whiteout as a release agent and ends welded shut.
You can make crucible steel with a coke or coal furnace. That's the only "home" way of making steel that is reasonably within reach. I have also seen people melt iron in charcoal furnaces with an EGR system rigged up, and if you can melt iron reliably then steel is close by.
28 Απρ 2014 · They have covered heat treating in great detail. There is NO ONE WAY, All steels have their own process and quenching mediums. To be correct, all metals have, Ferrous and Non-Ferrous. By the way, nails do make good rivets, because they don't harden. Working metal too cool will work harden the piecs and they will crack/break.
